Fish culturing pond water quality real-time monitoring and reporting system and method thereof

Abstract

A fish culturing pond water quality real time monitoring and reporting system and a method thereof comprises a plurality of culturing nodes and a monitoring and reporting device. The culturing nodes sense the water quality of the fish pond, and culturing devices are controlled by the culturing nodes to adjust the water quality of the fish pond. The monitoring and reporting device records water quality information of the fish pond, and transmits the water quality information to a mobile electronic device.

Description

technical field [0001] The present invention relates to a real-time monitoring and reporting system and monitoring method, and in particular to a real-time monitoring and reporting system and method for fish pond water quality. Background technique [0002] At present, the farming methods of traditional aquaculture fisheries, including maintenance work such as water change, gas supply, and water temperature adjustment, need to be carried out by manual judgment. In order to achieve a more efficient breeding effect, farmers usually use a variety of electronic sensing devices and water quality reagents to obtain various water quality information in the breeding pond, and use various automatic devices (such as filters, pumps, etc.) , heating rods and other farming equipment) to adjust the ecological environment conditions of fish ponds. Due to the poor expandability of currently commercially available aquarium electronic equipment and manual setting is required, when the breedi...

AI Technical Summary

Problems solved by technology

Due to the poor expandability of currently commercially available aquarium electronic equipment and manual setting is required, when the breeding units become larger and larger, the traditional fish farming method will consume a lot of manpower, and the electronic equipment with poor expandability will make The adjustment of the ecological environment conditions of fish ponds is limited

[0003] For example, the water temperature adjustment in the traditional aquaculture fishery is fully manual testing and water diversion cooling. One of the fish ponds in the indoor aquaculture farm is used as a water temperature monitoring sample. The water diversion cooling operation of all fish ponds in the fish pond, and it is impossible to monitor and adjust the conditions of each pond individually

If the temperature is too low, connect the traditional water temperature heater. One heater can be connected to four heating rods at the same time (to adjust the water temperature of the four pools), but after heating, only one of the four pools can be heated for water temperature measurement and control. It is impossible to monitor and adjust the status of each pool individually

This may cause the death of organisms in the fish pond due to improper setting of water quality conditions

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